Years Fig. 2. Regressionanalysis of per capitaenergygeneration and carbonemission. ... the energy related carbonemissions (i.e. 252.6 million metric tons of carbon) is 4.41% of the world carbonemissions. The per capitaenergy consumption is 12.9 million BTU ...energy consumption and per capitacarbon dioxide emissions are presented in Fig. 2. The energy

GDP per capita in explaining per capitaCO2 and SO2 emissions were as expected. That is, there is an inverted-U curvilinear relationship between GDP per capita and emissions (both CO2 ... Table 2 Summary of Multiple RegressionAnalysis by Latecomer Status and Macroeconomic Indicators in Explaining the per capitaEmissions Per capitaCO2 B (t-value ... level, in explaining per capita SO2 emissions. Foreign direct investment

This may explain why per capitacarbonemissions (or energy consumption) do ... between per capitacarbonemissions and per capita GDP (tstat = 0.13, sig. = 0.89; R 2 = 0 ... The total carbonemissions of Chinese cities were found to correspond closely

in developed countries. The TERI research shows that low per capita GHG emissions in India ... countries. For example, CO2emissions from the agricultural sector – from the field ... in developed countries, inter alia due to a less meat-based diet. CO2emissions

Figure 1 3 The analysis did not explicitly evaluate the estimated impact on CO2emissions of compliance with the RGGI CO2 cap-and-trade program and did not attempt ...emissions from 2005 to 2009. Such an evaluation is beyond the scope of the analysis

Table A1. CO2Emissions from Individual Washington Power Plants, 2000-2005 (Million metric tons CO2) Centralia Chehalis Generation Facility Frederickson Power LP Goldendale Energy Project River Road Other Plants Total CO2emissions Source: U.S. EPA ... Wh/capita (2004 data), Washington’s electricity use per person is higher than typical for the U.S. By way of comparison, the per capita consumption for the U.S. was about 12 ... states from 1960-1999; Washington’s per capita consumption was relatively high